We stock a range of dense firebrick to suit most applications. We offer product that covers such diverse applications as 26% Alumina standard brick for boilers up to specialty brick of 90% Alumina to handle the most aggressive tasks. The grades in between suit Aluminium, Steel, Glass and Frits, Heat recovery, Waste disposal, Cremators, Crucible furnaces, Ladles, Food processing and almost any application requiring brick lining.

We carry materials from the following companies -

These extruded repressed Alumina bricks have excellent resistance to thermal shock, and are used in applications ranging from boilers through to incinerators. They are also made into specialty shaped bricks for making quarls and blocks to suit a variety of applications.

The Dry Pressed Alumina bricks are made from quality materials, including alumina and bauxites, which promote resistance to thermal shock, high strengths, spall resistance, non-wetting and metal slag resistance. Included in this range are the chemically bonded/phosphate bonded high alumina brick and non-wetting brick which are suited to the aluminium industry.

Nb: The chemical make up of these bricks is generally Alumina - Silica with traces of Iron Oxide, Alkalies and with some brick traces of Magnesium Oxide and Calcium Oxide.

We also provide materials from North America and Europe to complement those made in Australia. Our goal is to source the correct material for the application.

Specialty bricks, which do not fall into the Alumina range, include Silicon Carbide brick in both clay bonded and Nitride bonded and Zircon brick. The Silicon Carbide bricks and shapes are fired to high temperatures, producing a product with high strength and high thermal conductivity. These are especially suited to applications of high wear, when strength at temperature is important.

Basic Brick
These bricks are made of high purity Magnesite or Magnesite and Chrome ore. These bricks are designed for strength at elevated temperature. They are used in a wide range of ferrous and non-ferrous applications, due to their ability to handle slags and fluxes.